2023 Ford Tourneo Connect Active Ecoblue 2.0L Diesel · FL73 VCE

Across its recorded MOT history the 2023 Ford Tourneo Connect Active EcoBlue has shown no mechanical failures, with the sole advisory relating to child‑seat installation that prevented full adult belt inspection. The most recent test on 4 September 2026 recorded a pass, confirming that no safety‑critical components were flagged at that time and that the vehicle’s roadworthiness status remains unblemished in the official record. At 39,567 miles the vehicle averages roughly 13,200 miles per year, a mileage rate that sits above the typical low‑usage threshold for a three‑year‑old model. This level of utilisation suggests accelerated wear on consumable items such as brake pads, tyre tread, suspension bushings and engine oil seals, even though no MOT‑recorded defects have yet emerged. The absence of earlier MOT entries is simply a function of the vehicle’s age rather than a testing gap, so the mileage figure should be taken as the primary indicator of component life remaining. The advisory about child seats means the adult seat‑belt assemblies were not fully observable during the test. A prospective buyer should therefore verify the condition of all rear adult belts by removing any child‑seat fittings, checking the retractors for smooth operation, inspecting the webbing for fraying or cuts, and confirming that the latch plates engage securely without excess play. Any evidence of compromised anchorage points or worn retractor springs should be addressed before regular use, as belt integrity is a mandatory safety requirement. Given the relatively high annual mileage, a thorough visual and functional inspection of the suspension components (control arm bushes, coil springs, shock absorbers), brake system (disc thickness, pad wear, caliper movement) and tyre depth is advisable. A short test drive should include listening for clunks over bumps, feeling for steering pull or vibration, and noting any pedal judder under braking. These checks will help confirm that the wear expected from the mileage has not yet manifested as a defect that would be captured in a future MOT.